Headphone microphone USB 3.1 TYPE-C interface refers to a type of earphone with microphone function, which uses the USB 3.1 standard TYPE-C interface to connect to the device. This type of earphone can be used on desktop computers, laptops, and other adapter devices that support the TYPE-C interface.

USB 3.1 is a high-speed data transfer standard, while TYPE-C interface is a new type of connector that has the following characteristics:

1. Reversible insertion and removal: The TYPE-C interface does not distinguish between front and back, and can be inserted in any direction, improving the convenience of use.

2. High speed data transfer: USB 3.1 supports charging data transfer speeds of up to 10Gbps, making it suitable for transferring large files and high-definition audio and video design functions. It can achieve functions such as video calls and voice chats, making it convenient for you to stay in touch with others at any time.

3. Strong power supply capability: The TYPE-C interface supports up to 100W of power transmission and can provide sufficient power for connected devices.

4. Multifunctionality: The TYPE-C interface can support multiple protocols, including USB, Thunderbolt 3, DisplayPort, etc., allowing one interface to be used for multiple purposes.

For desktop and laptop users, using a headphone microphone with a USB 3.1 TYPE-C interface can provide a high-quality audio experience, while also leveraging the convenience and versatility of the TYPE-C interface. If your computer does not have a TYPE-C interface, you may need to use an adapter or docking station to connect these headphones. When purchasing, please ensure that the headphones are compatible with your device and check if the performance of the microphone meets your needs.

This type of adapter connector is commonly used for small electronic devices that require a USB Type-C interface, such as smartphones, tablets, laptops, chargers, mobile power supplies, etc. Due to its compact design and versatility, USB Type-C connectors are becoming increasingly common in modern electronic devices.